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    • 71. 发明申请
    • Bandwidth of a cache directory by slicing the cache directory into two smaller cache directories and replicating snooping logic for each sliced cache directory
    • 缓存目录的带宽通过将缓存目录分成两个较小的缓存目录,并为每个切片缓存目录复制侦听逻辑
    • US20060184747A1
    • 2006-08-17
    • US11056721
    • 2005-02-11
    • Guy GuthrieWilliam StarkeDerek WilliamsPhillip Williams
    • Guy GuthrieWilliam StarkeDerek WilliamsPhillip Williams
    • G06F13/28G06F12/00
    • G06F12/0831G06F12/0851
    • A cache, system and method for improving the snoop bandwidth of a cache directory. A cache directory may be sliced into two smaller cache directories each with its own snooping logic. By having two cache directories that can be accessed simultaneously, the bandwidth can be essentially doubled. Furthermore, a “frequency matcher” may shift the cycle speed to a lower speed upon receiving snoop addresses from the interconnect thereby slowing down the rate at which requests are transmitted to the dispatch pipelines. Each dispatch pipeline is coupled to a sliced cache directory and is configured to search the cache directory to determine if data at the received addresses is stored in the cache memory. As a result of slowing down the rate at which requests are transmitted to the dispatch pipelines and accessing the two sliced cache directories simultaneously, the bandwidth or throughput of the cache directory may be improved.
    • 用于提高缓存目录的窥探带宽的缓存,系统和方法。 高速缓存目录可以分成两个较小的缓存目录,每个具有自己的侦听逻辑。 通过具有可以同时访问的两个缓存目录,带宽可以基本上加倍。 此外,当从互连接收到窥探地址时,“频率匹配器”可以将周期速度转移到较低速度,从而将请求发送到调度管线的速率减慢。 每个调度流水线被耦合到一个切片缓存目录,并被配置为搜索该高速缓存目录以确定该接收到的地址上的数据是否被存储在该高速缓冲存储器中。 作为将请求发送到调度管线的速度变慢并且同时访问两个分片缓存目录的结果,可以提高缓存目录的带宽或吞吐量。
    • 75. 发明授权
    • Alternate E-mail address configuration
    • 备用电子邮件地址配置
    • US08756286B2
    • 2014-06-17
    • US12921762
    • 2009-03-10
    • Len Albert BaylesErnie DainowDerek WilliamsJoseph Chiu Kit Yee
    • Len Albert BaylesErnie DainowDerek WilliamsJoseph Chiu Kit Yee
    • G06F15/16
    • H04L29/12594H04L51/066H04L51/14H04L51/28H04L61/3035H04L61/307
    • A method is provided for transmitting an electronic mail (e-mail) message from a sender having a non-ASCII e-mail address to a recipient. Provided is an e-mail directory associated with a requested primary e-mail address, having a non-ASCII form, and a corresponding alternate e-mail address having an ASCII form. The alternate e-mail is generated from the primary e-mail address using a reversible encoding scheme having a one-to-one relationship. The e-mail message, the alternate e-mail address, and the primary e-mail address are transmitted to the recipient via a plurality of mail delivery elements. The alternate e-mail address is transmitted to a mail delivery element incapable of processing non-ASCII characters. The alternate e-mail address is for use by the mail delivery element to identify the sender and deliver the e-mail message to the recipient for display.
    • 提供一种用于从具有非ASCII电子邮件地址的发送方向接收者发送电子邮件(电子邮件)消息的方法。 提供了与所请求的主电子邮件地址相关联的电子邮件目录,具有非ASCII格式以及具有ASCII格式的对应备用电子邮件地址。 使用具有一对一关系的可逆编码方案,从主电子邮件地址生成备用电子邮件。 电子邮件消息,备用电子邮件地址和主要电子邮件地址通过多个邮件传递元件发送给接收者。 备用电子邮件地址被传送到不能处理非ASCII字符的邮件传递元件。 备用电子邮件地址由邮件传递元件用于识别发件人,并将电子邮件传送给收件人进行显示。
    • 77. 发明申请
    • Chained cache coherency states for sequential homogeneous access to a cache line with outstanding data response
    • 链接高速缓存一致性状态用于对具有出色数据响应的高速缓存行进行顺序同步访问
    • US20070083717A1
    • 2007-04-12
    • US11245313
    • 2005-10-06
    • Ramakrishnan RajamonyHazim ShafiDerek WilliamsKenneth Wright
    • Ramakrishnan RajamonyHazim ShafiDerek WilliamsKenneth Wright
    • G06F13/28
    • G06F12/0831G06F12/0822
    • A method and data processing system for sequentially coupling successive, homogenous processor requests for a cache line in a chain before the data is received in the cache of a first processor within the chain. Chained intermediate coherency states are assigned to track the chain of processor requests and subsequent access permission provided, prior to receipt of the data at the first processor starting the chain. The chained intermediate coherency state assigned identifies the processor operation and a directional identifier identifies the processor to which the cache line is to be forwarded. When the data is received at the cache of the first processor within the chain, the first processor completes its operation on (or with) the data and then forwards the data to the next processor in the chain. The chain is immediately stopped when a non-homogenous operation is snooped by the last-in-chain processor.
    • 一种方法和数据处理系统,用于在数据在链中的第一处理器的高速缓存中接收之前,将链接中的高速缓存行的连续的均匀处理器请求顺序耦合。 分配链接的中间一致性状态,以便在启动链路的第一个处理器接收到数据之前跟踪处理器请求链和后续访问权限。 所分配的链接中间一致性状态标识处理器操作,并且方向标识符标识要向其转发高速缓存行的处理器。 当在链中的第一处理器的高速缓存处接收数据时,第一处理器完成其数据处理(或与数据)的操作,然后将数据转发到链中的下一个处理器。 当最后一个链接处理器窥探非均匀操作时,链条立即停止。